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1st -Assess your local environment, either in your home, town, or region. Describe the type of common chemical hazards that are present in your local environment, similar to those illustrated in the Tox Town interactive. Include any related current events or mitigation strategies that have been proposed. 2nd-Imagine that you recently found out you live close to a Superfund site. Identify the most important information you would want to know about the site. Give your opinion on whether you would move to a new location. Explain why or why not.
Describe the control mechanism of cellular respiration as it pertain to the Kreb's cycle?
A 26.0mL sample of phosphoric acid (H3PO4) is neutralized by 32.7mL of 2.46M NaOH. A) Balance the equation: NaOH + H3PO4 ? Na3PO4 + H2O B) What is the molarity of the H3PO4 solution?
In Rumbunnies, eggs and sperm carrying the Kef gene have a fitness that is only 75% that of the wild-type allele. Assume the frequency of Kef is q=.8
If a woman who is a carrier for hemophilia (an X-linked trait) and her husband, whose mother had hemophilia, have three children, what is the probability that all three children have the normal phenotype? (show Punnett square)
An experimental population is started with a recessive deleterious allele (m) at a high frequency (p). The wild type homozygote (+/+) and heterozygote (+/m) have equal fitnesses.
Elaborating on any specific topic you find of particular interest is encouraged and at your discretion, after you have completed the initial requirements for the summary.
A genetic disorder is sex-linked and is caused by a recessiveallele (e). The allele for the unaffected condition (E) isdominant. A woman who is a carrier of this disorder marries anunaffected man.
Discuss the effect of discharging primary-treated sewage on the biochemical oxygen demand (BOD) and dissolved O2 of the receiving body of water?
How might Lucy conceive a child with just one ovary and one uterine tube, widely separated on opposite sides of the pelvis like this.
Name the conditions revealed by the X-ray and explain how they could have resulted from the nurse's procedure.
Examine the feedback mechanisms that maintain homeostasis what happens when these systems do not function appropriately.
1. For Mendel's monohybrid (A/a), how many different gametes can it produce? What will the ratio of each gamete?
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